Multi-field information monitoring is useful to better understand the deformation and failure
behaviour of landslides. Therefore, in this study, a physical slope model under excavation …

In hilly areas across the world, landslides have been an increasing menace, causing loss of
lives and properties. The damages instigated by landslides in the recent past call for …

Landslides are one of the most destructive geological disasters and have been caused
many casualties and economic losses every year in the world. The reservoir area formed by …

A flume test was conducted to evaluate the failure mechanism of a rainfall-induced landslide
and to develop a physically based warning system. The test was performed at full scale to …

The surface displacements of slopes have been considered as a significant indicator in
landslide investigations in last several decades, while in recent years the tilting of slope …

Early warning systems (EWS) are increasingly used for slope failure risk management. The
most crucial tasks of EWS are prediction of the slope failure time and establishing alert …

Due to the huge losses caused by landslides, landslide deformation monitoring has become
essential. The change of the tilting angle of the slope surface can reflect the instability …

A simplified geomechanical model was proposed by considering three typical necking-type
slopes; this model lays a foundation for the further investigation of the deformation behaviors …

Dispersive soil slopes are widely distributed in Northeast China. To analyze the failure
caused by such slopes under various rainfall conditions, section K27 of the road-cutting …

The destruction of the locked-segment type landslide is often accompanied by the
destruction of the locked segment with cumulative effects. Investigating the failure mode and …